在冲突国家卫生领域使用电视广播的影响:中非共和国的案例

Edgard Ndassimba, G. M. Kossingou, Nadege Gladys Ndassimba, Kéba Gueye, S. Ouya
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引用次数: 1

摘要

自2012年12月的叛乱以来,中非共和国政府只控制了20%的国家领土。大多数保健和电信基础设施遭到破坏。运营商还没有做好再投资的准备;医生们正在逃离这些冲突地区。这导致了高血压和糖尿病等常见疾病的死亡率上升。本文提出,一方面,利用电视广播频道中的空闲空间,即电视空白空间(TVWS),允许建立宽带互联网,另一方面,为运行这一高速网络的远程患者监测提供相关的电子卫生解决方案。这种基于物联网(IoT)的解决方案允许护理人员收集冲突地区患者的血压、血糖水平、心电图和体温数据,并将其传输给首都班吉的专科医生,以便更好地解释和指示。在我们的研究中,需要基于物联网的患者监测和数据收集,因为它允许位于班吉的医生而不是位于冲突地区的护理人员远程实时访问患者的重要参数,并支持针对患者需求做出决策的过程。物联网解决方案在医生和病人之间的实时数据传输方面比从现有设备收集数据并发送给远程站点的医生更加高效和灵活。这一建议有助于改善冲突国家的保健服务,并降低传统运营商未覆盖地区的死亡率。
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The Impact of Using TVWS in the Field of Health in Countries in Conflict: The Case of Central African Republic
Since the rebellion of December 2012, Central African Republic government controls only 20% of the national territory. Most of health and telecommunications infrastructure are destroyed. Operators are not ready to reinvest; doctors are deserting these conflict zones. This has the consequence of increasing the mortality rate due to frequent diseases such as hypertension and diabetes. This article proposes, on the hand, the use of free spaces in television broadcasting channels called television white space (TVWS) to allow the establishment of broadband Internet network and on the other hand e relevant e-health solution for remote patient monitoring that operates this high-speed network. This solution based on Internet of Things (IoT) allows caregivers to collect data on patient's blood pressure, blood glucose level, electrocardiogram and body temperature in conflict areas and transmit them to a specialist doctor in the capital Bangui for better interpretation and indication. In our study, the monitoring and the data collection of the patients based on Internet of Thing is required because it allows the doctor located in Bangui than nursing staff located in conflicts areas to remotely get access to the vital parameter of the patient in real time and support the processes of making a decision regarding the need of the patient. The Internet of Thing solution is more efficient and flexible for real time data transmission between the doctor and the patient than the data also that can be collected from the existed devices and send to the doctors in the remote sites. This proposal contributes to the improvement of health services in countries in conflict and reduces mortality rates in areas not covered by conventional operators.
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